Krista Reber serves as a Senior Chemist at Field Forensics, Inc., where she plays a pivotal role in advancing the development of cutting-edge detection devices for explosives, drugs, and biowarfare agents. With a Bachelor of Science in Chemistry, Krista brings a robust background in research...
Krista Reber serves as a Senior Chemist at Field Forensics, Inc., where she plays a pivotal role in advancing the development of cutting-edge detection devices for explosives, drugs, and biowarfare agents. With a Bachelor of Science in Chemistry, Krista brings a robust background in research and development, particularly in the synthesis and application of conductive polymers. Her expertise extends to the creation and testing of innovative biosensors and ultracapacitors, which are essential in enhancing the sensitivity and specificity of detection technologies.
At Field Forensics, Krista is actively involved in the research and development of colorimetric reagents and devices tailored for explosives detection. Her work encompasses the synthesis of novel explosive compounds and the formulation of detection reagents that leverage advanced electrochemical methods. Utilizing her skills in UV/Vis spectroscopy, FTIR, and materials characterization, she meticulously analyzes the performance of these reagents to ensure they meet stringent security and defense requirements.
Krista’s hands-on experience in protein chemistry and materials science further enriches her contributions to the team. She collaborates closely with cross-functional teams to innovate and refine detection methodologies, ensuring that Field Forensics remains at the forefront of the industry. Her commitment to excellence and her passion for chemistry drive her to develop solutions that enhance safety and security, making a significant impact in the field of forensic science and defense technology. Through her work, Krista exemplifies the intersection of scientific rigor and practical application, positioning herself as a key contributor to the advancement of detection technologies in a rapidly evolving landscape.
